/*
 * Copyright (c) 2025 Huawei Device Co., Ltd.
 * Licensed under the Apache License, Version 2.0 (the "License");
 * you may not use this file except in compliance with the License.
 * You may obtain a copy of the License at
 *
 *     http://www.apache.org/licenses/LICENSE-2.0
 *
 * Unless required by applicable law or agreed to in writing, software
 * distributed under the License is distributed on an "AS IS" BASIS,
 * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
 * See the License for the specific language governing permissions and
 * limitations under the License.
 */

// 147. 数据描述符writable为true：赋值为BigInt并比较
export function Fn147_testWritableTrueAssignBigIntCompare() {
    let pass = false;
    const o = {};
    Object.defineProperty(o, "bigProp", { value: 100n, writable: true });
    o.bigProp = 200n;
    pass = o.bigProp === 200n && o.bigProp > 150n;
    return pass;
}

// 148. enumerable为true：JSON.stringify()处理嵌套数组中的可枚举属性
export function Fn148_testEnumerableTrueJsonNestedArray() {
    let pass = false;
    const o = { list: [{ id: 1 }, { id: 2 }] };
    Object.defineProperty(o.list[0], "name", { value: "Item1", enumerable: true });
    Object.defineProperty(o.list[1], "name", { value: "Item2", enumerable: false });
    const json = JSON.stringify(o);
    pass = json.includes("Item1") && !json.includes("Item2");
    return pass;
}

// 149. configurable为true：同时修改数据描述符的value和writable
export function Fn149_testConfigurableTrueModifyValueAndWritable() {
    let pass = false;
    const o = {};
    Object.defineProperty(o, "prop", { value: 1, writable: false, configurable: true });
    Object.defineProperty(o, "prop", { value: 2, writable: true });
    o.prop = 3; // 改为writable=true后可赋值
    pass = o.prop === 3;
    return pass;
}

// 150. 访问器描述符set：过滤超出范围的日期（如未来日期）
export function Fn150_testAccessorSetFilterFutureDate() {
    let pass = false;
    const today = new Date();
    const o = { _selectedDate: null };
    Object.defineProperty(o, "selectedDate", {
        set(dateStr) {
            const date = new Date(dateStr);
            this._selectedDate = date <= today ? date : null;
        }
    });
    o.selectedDate = "2030-01-01"; // 未来日期
    o.selectedDate = today.toISOString().split("T")[0]; // 今日日期
    pass = o._selectedDate?.toISOString().split("T")[0] === today.toISOString().split("T")[0];
    return pass;
}

// 测试点151：验证对象属性值为FileList实例时的提取（模拟场景）
export function Fn151_testFileListValueEntries() {
    if (typeof FileList === "undefined") {
        return true;
    } // 环境不支持时跳过
    // 模拟FileList结构（实际通过<input type="file">获取）
    const file1 = new File(["file1"], "file1.txt", { type: "text/plain" });
    const file2 = new File(["file2"], "file2.jpg", { type: "image/jpeg" });
    const mockFileList = Object.create(FileList.prototype, {
        0: { value: file1 },
        1: { value: file2 },
        length: { value: 2 }
    });
    const testObj = { fileListKey: mockFileList, count: 2 };
    const result = Object.entries(testObj);
    return result[0][1] === mockFileList && result[0][1][0].name === "file1.txt";
}

// 测试点152：验证对象键为包含方括号的字符串时的正确提取
export function Fn152_testBracketsInKeyEntries() {
    const testObj = { "user[role]": "admin", "order[status]": "shipped", "prod[stock]": 100 };
    const result = Object.entries(testObj);
    return result[0][0] === "user[role]" && result[1][0] === "order[status]" && result[2][0] === "prod[stock]";
}

// 测试点154：验证数组通过reduce累加后（原数组不变）entries的结果
export function Fn154_testArrayReduceEntries() {
    const arr = [1, 2, 3];
    arr.reduce((acc, curr) => acc + curr, 0); // 累加不改变原数组
    const result = Object.entries(arr);
    const expected = [["0", 1], ["1", 2], ["2", 3]];
    return JSON.stringify(result) === JSON.stringify(expected);
}

// 测试点156：验证对象键为包含花括号的字符串时的正确提取
export function Fn156_testBracesInKeyEntries() {
    const testObj = { "user{id}": 103, "order{id}": 5003, "prod{id}": 7003 };
    const result = Object.entries(testObj);
    return result[0][0] === "user{id}" && result[1][0] === "order{id}" && result[2][0] === "prod{id}";
}

// 测试点158：验证数组通过every判断后（原数组不变）entries的结果
export function Fn158_testArrayEveryEntries() {
    const arr = [2, 4, 6];
    arr.every(num => num % 2 === 0); // 判断不改变原数组
    const result = Object.entries(arr);
    const expected = [["0", 2], ["1", 4], ["2", 6]];
    return JSON.stringify(result) === JSON.stringify(expected);
}

// 测试点160：验证对象键为包含竖线的字符串时的正确提取
export function Fn160_testPipeInKeyEntries() {
    const testObj = { "user|name": "David", "order|id": 5004, "prod|name": "Laptop" };
    const result = Object.entries(testObj);
    return result[0][0] === "user|name" && result[1][0] === "order|id" && result[2][0] === "prod|name";
}

// 测试点162：验证对象键为包含破折号和数字的字符串时的正确提取
export function Fn162_testHyphenNumberKeyEntries() {
    const testObj = { "user-1001": "Alice", "order-5001": "pending", "prod-7001": "Phone" };
    const result = Object.entries(testObj);
    return result[0][0] === "user-1001" && result[1][0] === "order-5001" && result[2][0] === "prod-7001";
}

// 测试点164：验证数组通过some判断后（原数组不变）entries的结果
export function Fn164_testArraySomeEntries() {
    const arr = [1, 3, 5];
    arr.some(num => num % 2 === 0); // 判断不改变原数组
    const result = Object.entries(arr);
    const expected = [["0", 1], ["1", 3], ["2", 5]];
    return JSON.stringify(result) === JSON.stringify(expected);
}

// 测试点166：验证对象键为包含下划线和数字的字符串时的正确提取
export function Fn166_testUnderscoreNumberKeyEntries() {
    const testObj = { "user_1002": "Bob", "order_5002": "completed", "prod_7002": "Tablet" };
    const result = Object.entries(testObj);
    return result[0][0] === "user_1002" && result[1][0] === "order_5002" && result[2][0] === "prod_7002";
}

// 测试点167：验证对象属性值为WebSocket实例时的提取（模拟场景）
export function Fn167_testWebSocketValueEntries() {
    if (typeof WebSocket === "undefined") {
        return true;
    } // 环境不支持时跳过
    // 模拟WebSocket（避免真实连接）
    const mockWs = {
        url: "wss://example.com",
        readyState: WebSocket.CONNECTING
    };
    const testObj = { wsKey: mockWs, url: "wss://example.com" };
    const result = Object.entries(testObj);
    return result[0][1] === mockWs && result[0][1].readyState === WebSocket.CONNECTING;
}

// 测试点168：验证数组通过find查找后（原数组不变）entries的结果
export function Fn168_testArrayFindEntries() {
    const arr = [10, 20, 30];
    arr.find(num => num > 15); // 查找不改变原数组
    const result = Object.entries(arr);
    const expected = [["0", 10], ["1", 20], ["2", 30]];
    return JSON.stringify(result) === JSON.stringify(expected);
}

// 测试点169：验证对象属性值为Worker实例时的提取（环境支持时）
export function Fn169_testWorkerValueEntries() {
    if (typeof Worker === "undefined") {
        return true;
    } // 环境不支持时跳过
    // 创建临时Blob作为Worker脚本
    const blob = new Blob(["self.onmessage = e => self.postMessage(e.data);"], { type: "application/javascript" });
    const blobUrl = URL.createObjectURL(blob);
    const worker = new Worker(blobUrl);
    const testObj = { workerKey: worker, type: "web worker" };
    const result = Object.entries(testObj);
    worker.terminate(); // 终止Worker
    URL.revokeObjectURL(blobUrl); // 释放URL
    return result[0][1] === worker && result[1][1] === "web worker";
}

// 测试点170：验证对象键为包含字母和特殊符号混合的字符串时的正确提取
export function Fn170_testLetterSymbolMixKeyEntries() {
    const testObj = { "user@1003": "Charlie", "order#5003": "shipped", "prod$7003": "Headphones" };
    const result = Object.entries(testObj);
    return result[0][0] === "user@1003" && result[1][0] === "order#5003" && result[2][0] === "prod$7003";
}

// 测试点171：验证对象属性值为SharedWorker实例时的提取（环境支持时）
export function Fn171_testSharedWorkerValueEntries() {
    if (typeof SharedWorker === "undefined") {
        return true;
    } // 环境不支持时跳过
    // 创建临时Blob作为SharedWorker脚本
    const blob =
        new Blob(["self.onconnect = e => { const port = e.ports[0]; port.onmessage = msg => port.postMessage(msg.data); };"],
            { type: "application/javascript" });
    const blobUrl = URL.createObjectURL(blob);
    const sharedWorker = new SharedWorker(blobUrl);
    const testObj = { swKey: sharedWorker, type: "shared worker" };
    const result = Object.entries(testObj);
    sharedWorker.port.close(); // 关闭端口
    URL.revokeObjectURL(blobUrl); // 释放URL
    return result[0][1] === sharedWorker && result[1][1] === "shared worker";
}

// 测试点172：验证数组通过findIndex查找后（原数组不变）entries的结果
export function Fn172_testArrayFindIndexEntries() {
    const arr = [5, 15, 25];
    arr.findIndex(num => num > 20); // 查找索引不改变原数组
    const result = Object.entries(arr);
    const expected = [["0", 5], ["1", 15], ["2", 25]];
    return JSON.stringify(result) === JSON.stringify(expected);
}

// 测试点173：验证对象属性值为BroadcastChannel实例时的提取
export function Fn173_testBroadcastChannelValueEntries() {
    if (typeof BroadcastChannel === "undefined") {
        return true;
    } // 环境不支持时跳过
    const channel = new BroadcastChannel("test-channel");
    const testObj = { channelKey: channel, name: "test-channel" };
    const result = Object.entries(testObj);
    channel.close(); // 关闭频道
    return result[0][1] === channel && result[0][1].name === "test-channel";
}

// 测试点174：验证对象键为包含多语言字符（中文+英文）的字符串时的正确提取
export function Fn174_testMultiLangCharKeyEntries() {
    const testObj = { "用户Name": "David", "订单ID": 5004, "产品Price": 199.99 };
    const result = Object.entries(testObj);
    return result[0][0] === "用户Name" && result[1][0] === "订单ID" && result[2][0] === "产品Price";
}

// 测试点175：验证对象属性值为CacheStorage实例时的提取
export function Fn175_testCacheStorageValueEntries() {
    if (typeof caches === "undefined") {
        return true;
    } // 环境不支持时跳过
    const testObj = { cacheKey: caches, type: "cache storage" };
    const result = Object.entries(testObj);
    return result[0][1] === caches && result[1][1] === "cache storage";
}

// 测试点176：验证数组通过includes判断后（原数组不变）entries的结果
export function Fn176_testArrayIncludesEntries() {
    const arr = ["apple", "banana", "cherry"];
    arr.includes("banana"); // 判断包含不改变原数组
    const result = Object.entries(arr);
    const expected = [["0", "apple"], ["1", "banana"], ["2", "cherry"]];
    return JSON.stringify(result) === JSON.stringify(expected);
}

// 测试点178：验证对象键为包含emoji和字母的字符串时的正确提取
export function Fn178_testEmojiLetterMixKeyEntries() {
    const testObj = { "😀_user": "Eve", "🚗_order": 5005, "📱_prod": "Smartphone" };
    const result = Object.entries(testObj);
    return result[0][0] === "😀_user" && result[1][0] === "🚗_order" && result[2][0] === "📱_prod";
}

// 测试点179：验证对象属性值为IndexedDB数据库实例时的提取（环境支持时）
export function Fn179_testIDBDatabaseValueEntries() {
    if (typeof indexedDB === "undefined") {
        return true;
    } // 环境不支持时跳过
    return new Promise(resolve => {
        const request = indexedDB.open("test-db-3");
        request.onsuccess = (e) => {
            const db = e.target.result;
            const testObj = { dbKey: db, name: "test-db-3" };
            const result = Object.entries(testObj);
            db.close();
            resolve(result[0][1] === db && result[0][1].name === "test-db-3");
        };
    });
}

// 测试点180：验证数组通过join拼接后（原数组不变）entries的结果
export function Fn180_testArrayJoinEntries() {
    const arr = ["a", "b", "c"];
    arr.join("-"); // 拼接为字符串不改变原数组
    const result = Object.entries(arr);
    const expected = [["0", "a"], ["1", "b"], ["2", "c"]];
    return JSON.stringify(result) === JSON.stringify(expected);
}

// 测试点181：验证对象属性值为WebAssembly.Instance实例时的提取（模拟场景）
export function Fn181_testWasmInstanceValueEntries() {
    if (typeof WebAssembly === "undefined") {
        return true;
    } // 环境不支持时跳过
    // 模拟WebAssembly.Instance（实际需通过WebAssembly.instantiate创建）
    const mockWasmInstance = {
        exports: { add: (a, b) => a + b },
        module: {}
    };
    const testObj = { wasmKey: mockWasmInstance, type: "wasm" };
    const result = Object.entries(testObj);
    return result[0][1] === mockWasmInstance && result[0][1].exports.add(1, 2) === 3;
}

// 测试点182：验证对象键为包含斜杠和数字的字符串时的正确提取
export function Fn182_testSlashNumberKeyEntries() {
    const testObj = { "path/1001": "/api/user/1001", "path/5001": "/api/order/5001", "path/7001": "/api/prod/7001" };
    const result = Object.entries(testObj);
    return result[0][0] === "path/1001" && result[1][0] === "path/5001" && result[2][0] === "path/7001";
}

// 测试点183：验证对象属性值为PointerLockControls实例时的提取（模拟场景）
export function Fn183_testPointerLockControlsValueEntries() {
    // 模拟PointerLockControls（常见于Three.js等库）
    const mockControls = {
        enabled: true,
        lock: () => {
        },
        unlock: () => {
        }
    };
    const testObj = { controlsKey: mockControls, type: "pointer-lock" };
    const result = Object.entries(testObj);
    return result[0][1] === mockControls && result[0][1].enabled === true;
}

// 测试点184：验证数组通过reverse反转后（原数组改变）entries的结果一致性
export function Fn184_testArrayReverseConsistencyEntries() {
    const arr = ["x", "y", "z"];
    arr.reverse(); // 改变原数组
    const result1 = Object.entries(arr);
    const result2 = Object.entries(arr); // 再次调用
    return JSON.stringify(result1) === JSON.stringify(result2);
}

// 测试点185：验证对象属性值为DeviceOrientationEvent实例时的提取（模拟场景）
export function Fn185_testDeviceOrientationEventValueEntries() {
    if (typeof DeviceOrientationEvent === "undefined") {
        return true;
    } // 环境不支持时跳过
    // 模拟设备方向事件
    const mockEvent = new DeviceOrientationEvent("deviceorientation", {
        alpha: 0,
        beta: 0,
        gamma: 0
    });
    const testObj = { eventKey: mockEvent, type: "deviceorientation" };
    const result = Object.entries(testObj);
    return result[0][1] === mockEvent && result[0][1].alpha === 0;
}

// 测试点186：验证对象键为包含冒号和数字的字符串时的正确提取
export function Fn186_testColonNumberKeyEntries() {
    const testObj = { "time:0800": "morning", "time:1200": "noon", "time:1800": "evening" };
    const result = Object.entries(testObj);
    return result[0][0] === "time:0800" && result[1][0] === "time:1200" && result[2][0] === "time:1800";
}

// 测试点187：验证对象属性值为Gyroscope实例时的提取（环境支持时）
export function Fn187_testGyroscopeValueEntries() {
    if (typeof Gyroscope === "undefined") {
        return true;
    } // 环境不支持时跳过
    try {
        const gyro = new Gyroscope({ frequency: 60 });
        const testObj = { gyroKey: gyro, frequency: 60 };
        const result = Object.entries(testObj);
        gyro.stop(); // 停止传感器
        return result[0][1] === gyro && result[1][1] === 60;
    } catch (err) {
        return true; // 传感器权限不足时跳过
    }
}

// 测试点188：验证数组通过sort排序后（原数组改变）entries的结果稳定性
export function Fn188_testArraySortStabilityEntries() {
    const arr = [{ id: 3 }, { id: 1 }, { id: 2 }];
    arr.sort((a, b) => a.id - b.id); // 改变原数组
    const result = Object.entries(arr);
    return result[0][1].id === 1 && result[1][1].id === 2 && result[2][1].id === 3;
}

// 测试点189：验证对象属性值为Magnetometer实例时的提取（环境支持时）
export function Fn189_testMagnetometerValueEntries() {
    if (typeof Magnetometer === "undefined") {
        return true;
    } // 环境不支持时跳过
    try {
        const mag = new Magnetometer({ frequency: 60 });
        const testObj = { magKey: mag, frequency: 60 };
        const result = Object.entries(testObj);
        mag.stop(); // 停止传感器
        return result[0][1] === mag && result[1][1] === 60;
    } catch (err) {
        return true; // 传感器权限不足时跳过
    }
}

// 测试点190：验证对象键为包含分号和字母的字符串时的正确提取
export function Fn190_testSemicolonLetterKeyEntries() {
    const testObj = { "lang;en": "English", "lang;zh": "Chinese", "lang;ja": "Japanese" };
    const result = Object.entries(testObj);
    return result[0][0] === "lang;en" && result[1][0] === "lang;zh" && result[2][0] === "lang;ja";
}

// 测试点191：验证对象属性值为Barometer实例时的提取（环境支持时）
export function Fn191_testBarometerValueEntries() {
    if (typeof Barometer === "undefined") {
        return true;
    } // 环境不支持时跳过
    try {
        const baro = new Barometer({ frequency: 60 });
        const testObj = { baroKey: baro, frequency: 60 };
        const result = Object.entries(testObj);
        baro.stop(); // 停止传感器
        return result[0][1] === baro && result[1][1] === 60;
    } catch (err) {
        return true; // 传感器权限不足时跳过
    }
}

// 测试点192：验证数组通过fill填充全量元素后entries的结果
export function Fn192_testArrayFillFullEntries() {
    const arr = new Array(3);
    arr.fill("filled"); // 全量填充
    const result = Object.entries(arr);
    const expected = [["0", "filled"], ["1", "filled"], ["2", "filled"]];
    return JSON.stringify(result) === JSON.stringify(expected);
}

// 测试点193：验证对象属性值为LightSensor实例时的提取（环境支持时）
export function Fn193_testLightSensorValueEntries() {
    if (typeof LightSensor === "undefined") {
        return true;
    } // 环境不支持时跳过
    try {
        const light = new LightSensor({ frequency: 60 });
        const testObj = { lightKey: light, frequency: 60 };
        const result = Object.entries(testObj);
        light.stop(); // 停止传感器
        return result[0][1] === light && result[1][1] === 60;
    } catch (err) {
        return true; // 传感器权限不足时跳过
    }
}

// 测试点194：验证对象键为包含等号和字母的字符串时的正确提取
export function Fn194_testEqualsLetterKeyEntries() {
    const testObj = { "theme=light": "Light Mode", "theme=dark": "Dark Mode", "theme=system": "System Mode" };
    const result = Object.entries(testObj);
    return result[0][0] === "theme=light" && result[1][0] === "theme=dark" && result[2][0] === "theme=system";
}

// 测试点195：验证对象属性值为ProximitySensor实例时的提取（环境支持时）
export function Fn195_testProximitySensorValueEntries() {
    if (typeof ProximitySensor === "undefined") {
        return true;
    } // 环境不支持时跳过
    try {
        const prox = new ProximitySensor({ frequency: 60 });
        const testObj = { proxKey: prox, frequency: 60 };
        const result = Object.entries(testObj);
        prox.stop(); // 停止传感器
        return result[0][1] === prox && result[1][1] === 60;
    } catch (err) {
        return true; // 传感器权限不足时跳过
    }
}

// 测试点196：验证数组通过splice删除多个元素后entries的结果
export function Fn196_testArraySpliceMultiEntries() {
    const arr = ["a", "b", "c", "d"];
    arr.splice(1, 2); // 从索引1删除2个元素
    const result = Object.entries(arr);
    const expected = [["0", "a"], ["1", "d"]];
    return JSON.stringify(result) === JSON.stringify(expected);
}

// 测试点197：验证对象属性值为AmbientLightSensor实例时的提取（环境支持时）
export function Fn197_testAmbientLightSensorValueEntries() {
    if (typeof AmbientLightSensor === "undefined") {
        return true;
    } // 环境不支持时跳过
    try {
        const ambientLight = new AmbientLightSensor({ frequency: 60 });
        const testObj = { lightKey: ambientLight, frequency: 60 };
        const result = Object.entries(testObj);
        ambientLight.stop(); // 停止传感器
        return result[0][1] === ambientLight && result[1][1] === 60;
    } catch (err) {
        return true; // 传感器权限不足时跳过
    }
}

// 测试点198：验证对象键为包含ampersand和字母的字符串时的正确提取
export function Fn198_testAmpersandLetterKeyEntries() {
    const testObj =
        { "filter&type=image": "Image Files", "filter&type=text": "Text Files", "filter&type=video": "Video Files" };
    const result = Object.entries(testObj);
    return result[0][0] === "filter&type=image" && result[1][0] === "filter&type=text" &&
        result[2][0] === "filter&type=video";
}

// 测试点199：验证对象属性值为GeolocationCoordinates实例时的提取（模拟场景）
export function Fn199_testGeolocationCoordinatesValueEntries() {
    if (typeof GeolocationCoordinates === "undefined") {
        return true;
    } // 环境不支持时跳过
    // 模拟地理坐标
    const mockCoords = {
        latitude: 40.7128,
        longitude: -74.0060,
        altitude: null
    };
    const testObj = { coordsKey: mockCoords, city: "New York" };
    const result = Object.entries(testObj);
    return result[0][1] === mockCoords && result[0][1].latitude === 40.7128;
}

// 测试点200：验证数组通过flatMap映射嵌套数组后entries的结果
export function Fn200_testArrayFlatMapNestedEntries() {
    const arr = [[1, 2], [3, 4], [5, 6]];
    const flatMapArr = arr.flatMap(item => item.map(num => num * 2)); // 嵌套映射+扁平化
    const result = Object.entries(flatMapArr);
    const expected = [["0", 2], ["1", 4], ["2", 6], ["3", 8], ["4", 10], ["5", 12]];
    return JSON.stringify(result) === JSON.stringify(expected);
}

